Today I want to show you a way to simplify fuzz testing for your C++ applications. If you read this article to the end, you will learn about an automated testing approach that can protect your applications against all sorts of memory corruptions and other security vulnerabilities.
Early in the pandemic, searches related to “how to monitor employees working from home” increased by 1,705%. Without the oversight of managers in an office setting, many companies are concerned that their employees are less productive, and that there is an increase risk to the company. This is a major reason why the use of employee monitoring technology has soared in the past year.
One of the most empowering documents in an organization’s arsenal is its business continuity and disaster recovery (BCDR) plan. Sure, it lays out in detail everything bad that could happen to your business, but it also provides point-by-point strategies to respond to each of those threats. Or does it? A good BCDR plan is a living document that evolves alongside the threats its organization faces. The trouble is that the world is changing fast, and BCDR teams are breathlessly trying to keep up.
Developing and testing a frontend feature can be difficult, especially when the backend it depends on is not ready. This dependency on a backend API often slows down the development process. In scenarios like this, developing a mock API can save you a lot of time by allowing you to develop your feature independent of the backend, and make it easier to test and identify scenarios where your API might fail before it is ready.
Trustwave SpiderLabs’ spam traps have identified an increase in threats packaged in password-protected archives with about 96% of these being spammed by the Emotet Botnet. In the first half of 2022, we identified password-protected ZIP files as the third most popular archive format used by cybercriminals to conceal malware.
A key share of growing technology is blockchain. Blockchain technology permits entities to share information quickly and firmly while not compromising on security. The engineering blockchain has hit the marketplaces everywhere nowadays. And it’s because blockchain has many applications that deliver higher output and reliability than the traditional network. Now that many businesses have begun to experiment with the blockchain, a full new sort of marketplace is developed.
Business email compromise (BEC) is big business for malicious actors. According to the 2021 FBI Internet Crime Report, BEC was responsible for nearly $2.4 billion in cyber crime losses in 2021. At its root, it’s a type of phishing attack. And with the rise of smartphones and tablets, attackers are expanding well beyond email. They now leverage other platforms such as SMS messages, messaging apps like Signal and WhatsApp, and social media apps to target and compromise their targets.
With the rise of cloud-based applications, data loss prevention (DLP) has become an increasingly important part of information security. DLP refers to the policies and technologies used to prevent sensitive data from being lost or stolen. In the context of SaaS, this can include both the security measures implemented by the SaaS provider and the steps taken by the customer to protect their data.
“Zero trust” still confuses people—and for good reason. While the term conveys a certain absolute authority (“zero,” “nope,” “nothing”), contemporary approaches offer much more nuanced capabilities. And while zero trust today is typically associated with security initiatives, the concepts have their origin in the definition of network perimeters, who is granted access, and how that access is provided.
Tines is pleased to have joined the Terraform Cloud Run Tasks ecosystem. Tines helps DevOps teams better leverage the generally available Terraform Cloud run tasks pre-plan by enabling them to approve and record infrastructure requests from Terraform Cloud automatically.
